Galley mechanism for type-composing machines.



l. S. BANCROFT & M. C. INDAHL. GALLEY MECHANISM FOR TYPE COMPOSING MACHINES.

APPLICATION FILED OCT. 24. 1913. v

Patented Aug. 10, 1915.

9 SHEETS-SHEET 1.

': III: ELI. .11: 4"

J. S. BANCROFT & M. C. INDAHL.

GALLEY MECHANISM FOR TYPE COMPOSING MACHlNES.

APPLICATION FILED ocr. 24. 1913.

1,149,177. Patented Aug. 10,1915.

9 SHEETS-SHEET 2- UJLLIMBIA PLANOGRAPH 60.. WASHINIJTON, D. c.

J. S. BANCROFT & M. C. INDAHL. V GALLEY MECHANISM FOR'TYPE GOMPOS ING MACHINE S.

Patented Aug. 10, 1915.

9 SHEETS-SHEET 3.

APPLICATION FILED 061'. 24, 1913.

J. S; BANCROFT & M. C. INDAHL.

GALLEY MECHANISM FOR TYPE COMPOSING MACHINES.

APPLICATION FILED 001.24. 1913.

1,149,177. Patented Aug. 10, 1915.

9 SHEETS-SHEET 4.

anvemto'p S i h 1144mm J. S. BANCROFT & M. C. INDAHL.

GALLEY MECHANISM FOR TYPE COMPOSING MACHINES. APPLICATION men OCT. 24, 1913.

1, 1 49,1 77. Patented Aug. 10, 1915.

9 SHEETS-SHEET 5.

I g M" EA unt-names COLUMBIA PLANGGRAPH C0,. WASHINGTON. D. c.

J. S. BANCROFT & M. C. INDAHL. GALLEY MECHANISM FOR TYPE COMPOSING MACHINES.

APPLICATION FILED 00124. I913.

' Swueutoz;

. 5. 3 n M1. m

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Wi I MQQOQO COLUMBIA PLANOORAPH c0.,wAsH|NaTON, D c.

.1. S. BANCROFT & M. C. INDAHL. GALLEY MECHANISM FOR TYPE GOMPOSING MACHINES.

APPHCATION HLED OCT. 24. 1913- 1, 1 49, 1 77. Patented Aug. 10, 1915.

9 SHEETS-SHEET I:

J. S. BANCROFT & M. C. INDAHL. GALLEY MECHANISM FOR TYPE COMPOSING MACHINES.

APPLICATION ruin OCT. 24. 1913. Patented Aug. 1 0 1915.

9 SHEETS-SHEET 8- J. s; BANCROFT & M. c. INDAHL.

GALLEY MECHANISM FOR TYPE COMPOSING MACHINES.

APPLICATION FILED OCT. 24. 1913.

1,149,177. I Patented Aug. 10, 1915.

9 SHEETS-SHEET 9.

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COLUMBIA PLANOGRAPH CD-,WA$HIN01ON. D. c.

oHNsELLEns BANcn'oFT AND 'i'iinunirz cffINnAHL, or PHILADELPHIA, PENNsYL- vaNIA, nssieNon'sf'ro LANSTON ivioNo PHIA, PENNSYLVANIA, A CORPORATIO TYPE MACHINE COMPANY, or PHILADEL- N or VIRGINIA.

GALLEY inEcHA IsM non TYrn-coMros Ne MAcHINEs.

macaw.

Specification a Lease Patent. P t fim 10 1915 Application filed-October 24, 1913. Serial No. 797,075.

To all whomz't may concern,

, Be it known that, we, JOHN SELLERS BAN-V CROFT and MAURITZ C. INDAHL, citizens of the United States, and residentsof Philadelphia, in the county of Philadelphia and State of Pennsylvania, have invented certain new and useful Improvements in Galley Mechanism for Type-Composing Machines; and we do hereby declare the following to be a full, clear, and. exact description of the V same, reference being had'to the accompanying drawings, forming part of this SPQClfiCfi tion, and to the figures and letters of reference marked thereon. I

This invent on relates to improvements in or upon type composing. machinesof the;

class illustrated in Patent No. 625,998,:dated May 80, 1899, wherein the composed matter is set up a line at a time, and the successive lines, as produced, are assembled in column form in a galley, and it has for its principal object to facilitate and simplify the conversion of the galley mechanism from a right 'to a left hand delivery, andvice verse, to

the end that the machinemay be adapted to compose matter reading fromeither the left or right of the line. V l i I The machine of the prior patent; men tioned is primarily organized and equipped to compose in languages, such as English,

in which the characters in each line are read from left to right, and is not: adapted without change to set up in complete'column form Semitic and likev matter wherein the characters are read froin fright toleft of the column. or page. To adapt themachinefor such matter it hasbeen proposed to. assemble the type in the .line with the characters inverted, as by formingthe cavities of the producing matrices inverted, and, n connection therewith, to equip thegalley. mechanism so, that it ,will deliver the lines to a galley located upon the opposite or left I hand side ofthe line channel, instead of on the right hand sideas in the patented machine; An arrangement. of this kind isdisclosed in Patent No. 1,061,560, dated May 13, 1913, wherein provision is made for, elevating the assembled lineflabove the usual line carrying devices and for transferring it-to a galley located onthe same side ofkthe line channel as saidjline carrying'devices and above the latter. Thisinvolves every considerable change in the organization, and

elevation oflthe short I mechanism for right hand delivery. Fig. 10

. mechanism on the line m asection view of the jaWS atjthe entranceto thelinechannel with a multiplication of elements through the introduction of substitutes, all of which is.

In the accompanying drawings illustrating a preferred form of embodiment of said inventi'.onFigure.'l is a top plan view of the improved galley mechanism equipped for right hand delivery of the lines.

A Fig. 2, is a'nend elevation partly in sectionof the arrangement illustrated in Fig. l,"part of in the same plane from the frame being broken away to disclose the l v actuating devices. Fig.3 is a top plan view of the jmechan sm as equipped for left hand delivery of the line. Fig. a is an end elevationpartlyin section of the arrangement illustratedin Fig. 3. Fig. 5 isa sectional -elevation'vshowing the line transferrer for right hand delivery. Fig. 6 is a partial plan view of the supportingand actuating devicesaforthe line carrier and line support retractor, as arranged for right hand dealivery. Fig.7 is a rear view, of the. line transferrer and its support arranged forleft hand delivery of the line- Fig; 8. is a top plan view of, the line carrier and line support reti'actor mechanisms reversed in posltionascompared withiFig- 6, for left hand delivery of the line. Fig. 9, is a rear isva section of said right handdetector 11 is anfend' elevation partly in section with the; detector mechanism, for left. hand delivery inposition. Fig. 12 is aside eleva and long detector 00, Fig. 20. Fig.

ioo;

tionof a portion 'ofthe'actuating lever for the line carrier and line supportjretractor, showing in section the connection between saidlever and the type carrier lever.

type sustaining I dotted'lines in reversed position. Fig. 15i's an end view of the line carrier support with a part of the; supporting guide indicated in the type carrier indicated in each of itsre section. Fig. 16 is a topv plan view ofthe line support 'retractor head and actuating levers; 17 is aside elevation of; Fig.16.

- an end elevation of the right hand'delivery' which-[reference may Fig. 18 is an end view of the line support retractor head the levers beingomitted. Fig. 191s it -PBZSPQOiDlVQ ofthe reversible line car-r rier. Fig. 20 is a top plan view and Fig; 21

detector mechanism. 7 r V The same numerals represent correspond.

ing partsin the-several figures. W I l The inventionis shown by way of illustrationlasadapted and applied to themachinev ofPatent No. 625,998, when equipped" with the im roved galley mechanism of 4,375, dated May 21, 1901, to

Patent No.36

be had'for a more full disclosiire. r r

gIt l iwill fsufiice e ror present purposes to ide'nti-fyjsome of the principal elements of the mechanism with which the present improvements are more directly associated,

" such as the type mold 1; typecarrier 2 l ine 7' wheel cain pawl; "14 pawl tripping; and engaging lever, in a p I retaining latch j 1 galley blade pOstl-S andits operating 1; lever 19 and actuating lever- 2 coupled 7 "fwithithefline transferrerj through compl esr sion coupling 21.? T i I r as I i F 'iully described-and pointed; out the equi piment of the machine when arranged for right v, hand-delivery as illustratedinjFigsi 1 and 2 r 7 does not difie'r li1-:- -flll'l()i3lOI1 and m de of operation from prior: commercial: machines, '1 the improvements introduced being pri- ."Lchannel 3 into which individual type are successively delivered from the typecar rier-andassembled in line; line carrier '4:

for shifting the assembledlinegfand'present-ing the same to the galley type": sustain ing jaws 5;'at the entrance tothe'line chane mi; galleysoymovable. galley blade-7w closingthe entrance one side wallof the line channel; linef trans- \ferrer 8 forming-the oppositecsi'de wall of the line channel anjclmoiiable across the latterQto; transfer the line to the galley; line snppoi-"t;9' movable longitudinally (of the line transferrer'; line supportretractor;

10 galley driving shaft 11 with its ratchet h ad i 3' carrying ng gi ;belt shifter- 15 with its Save'in-theparticulars hereinafter more I -marily designed to render-such a machine 1 madilyf convertible into-one 1 {delive 111 the same plane; it is"essential for left hand t o the' conversion men-tionedthat the rela? pelled line 'tr a'cting.

to the galley-and forming 'gitndinally of the line channel on the side "plan tive positions of the galley, galley blade, line carrier, line support and line transferrer shall be reversed, as indicated in Figs. l and 5 to the end that'the inverted characters composing the linesinay be properly delivered to the galley, and thereassembled in column form; in other words, the

linecarrier, line support and line transferrer must be located on the side of the line channel previously occupied by theflgalley blade, and the latter together with the galley must be located on theside of said channel 'previously occupied by V the line transferrer, andat thesame time the actuatng devices fertile galley blade, line carrier,

mustjoperate in timed relation with said elements under' both conditions. To attain these'results, and at the same time preserve the general organization of the casting maa.

1 chine as at present constituted, certain V changes and additions are required to enable vthe desired reversal to be'accomplishede u -Asusual the line channel B-is composed of a fixed floor plate 22 and two side walls formed respectively by the'galley-blade 7 and line 'trans' ferrer 8. The receiving end line transferrer and linesupport retractor the line transferrer is advanced to move the line laterally beneath the elevated. galley blade and deposit it in the entrance to-:the

galley, after 'which the galley blade is partly lowered; to: engage and retain, the ex- Theline carrier a traverses lonthereofi occupied .by the line transferrer.

while the line trans'fer rer is ref .Thefline support '9 traverses in a way on. V

the linetra'nsferrer andsaid support or the line cooperates with a trip lIlBChZLHlSm lO- 'ca-ted'on the gallevside of the line channel,

to'releasethe belt shifter retaining latch l'land thereby stop themachine whenever the lineacted aupon hy fthe -'transferrer is they operate in reversedj': relation for t bar S and a stem or carrying member engaging es; en the frame beneath; the. floor integral struceither oi 'eror: under the measureij The 7 problem presented is toso 7' organize and fconstr-uct -these' cooperative merihers'that p ojf theli 'ne' channel. horizontal f ;1ne nberferfnisone s de of the line chan'nel,

andieXpanc'lsi beyondithe '1" ournalbearings in l an unequal. degree at 'OPPQSIJEQ ends sothati ts -';pos1t1o' ncannot --be reversed from "one",

side .to the other of the line channel. To overcome this and provide a transferrer. of

sufficient length to transfer the longest line which maybe composed in the machine the horizontal or line channel member of the present machine is formed in two sections, whereof the :main or body section attached to the supporting stem or lever is formed symmetrical, that is, its extremities are equidistant from the corresponding journal bearings 25, Figs. 5 and .7, so that it may be reversed and still maintain itsrelation to the type sustaining jaw 5 located on the same side of the linechannel, the support for said jaw forming part of. one side of the galley entrance. The other section 8* formingthe outward extension/of thevline transferrer remote. from sustaining jaws 5 is adapted for attachment tojeither end of the main or body section, as by providing each end of the latter with a seat 26" to which a central, longitudinal rear extension or web 27 of the section 8* is'detachably secured,'asby bolts 28, this connection being supplemental and a reinforced, if found necessary or desirable, by a dowel-joint 29 (Fig. 3) and interlocking or mortise joint 30, Fig. 5. As thus constructed when it is desired to reverse the position of: the line transferrer it is only. necessary to. detach the outer section 8*, turn the main orv body section 8 about a verticaland the extension section 8 abouta horizontal axis, apply said extension section to what "isnow the outer but before was the inner end of themain section, and apply the main section to its bearings. i

' When arranged for normalor right hand delivery, Figsgl and 2, the compression coupling 21 directly engages-the linetransferrer and is heldin engagement with the camhead 13 by a retracting spring 31, as shown in Fig.2. A reversal of the line transferrer for left hand delivery Figs. tand 5) renders this connection inoperative inasmuch as the direction of the motion controlled by the cam is now reversed. To. reestablish the connection, the stem of the linev transferrer is provided with a. pivot 33 for the reception of a lever 34-, one arm whereofengages com pression coupling '21 and the opposite arm engages an adjustable bearing 35 on the Upon connecting retracting spring 31, to lever 34, F 1g. 4-, it operates to retract frame.

the line transferrer by holding lever Set-in engagement Iwith bearing 35 anclcoupling 21 respectively so'that thecam operates, as

before, to control the mov'ements, of the transferrer. a I i I,

A reversal in the position of the line tra nsferrer necessitates a corresponding change in the galley blade forming the opposed wall of the line channel, to, accomplish which an adjustable or extensible connection is made between said blade and its post .18. Such an adjustment is provided by forming the connection between the blade and its head or socket member-36 in two detachable and longitudinally movable sections united by suitable means, such as clamping screw 37. By loosening said connection the galley blade can be set to either side of the line channel and adjusted to the desired width thereof, its inner end riding in aguide 18 adjustably mounted as uponone of the sustaining jaws 5, said guide being adjusted to the predetermined width of the line channel. It may be noted in this connection that.

the sustaining jaws 5 at the entrance to the line channel are separately ad ustable, laterally of said channel, for which purpose and to permit the passing of the linecare well as of the line support 9. In the caseof the linesupport it is of the usual construcsize type for either right or left handdetion, but if it is to be reversed itmay be I supplied with a notch at each end instead of at one end'only so as to permit of trans position when the line transferrer is reversed. In the case of the line carrier, however, an impediment to reversal exists in the lateral extension of the line channel floor plate andthe relation which the hooks bear 1 to the actuating mechanism therefor. These obstacles are overcome and the line carrier rendered operableon either side of the line channel, and by the sameactuating devices, in the following manner: In the first place the lateral extension 23-of the floor plate is made separate and removable fromthe floor plate proper, and supports or guides 4E0 are provided on opposite sidesvof thefioor plate for the reception of said plate orextension. Inthe second place the head of the line carrier fIOIYiWlllCll its hook mombers project is coupled with the actuating head ormember ll, (see rigs. 14 and 15) through which i'notion is communicated .to.

said line carrier, in a manner to permit, of Y the inversionof the line carrierabout a hjorizontal axis and areversal of the head &1 about. a vertical axis. A simple and effective'form of coupling is shown, wherein 'headl-l' is furnished with one or more dowel 7 pins azland the head of the carrier with corresponding aperturesl (Fig. 19). r Mounted to reciprocate in guides beneath the noorplateare two heads or blocks $4, 45,

I as

. arranged in tandem, the

receive a removable pivotpin or two sets of stops orabutments 48' for limiting the oscillatory motion of the carrier about'its' pivot and for transmitting motion tosaidhead. v 7 fl'Guided to reciprocate beneath the floor j plate-is aslide l9 provided with opposed heade'tl thereofreyersed in" position, after I '-is' applied to, opposite bearing 46.

the entrance tothe the galley entrance. movement of slide bearings 50between which way between bearings 46,-- they. engage on opposite sides of the head 41. AsTthus' arranged when it is desired to change from r ght to left hand delivery, or vice versa, bolt l'i first removed' from that one of the bearings 46 at the time 7 engaged, the'carrier is t lnv'erted, and the which the bolt L7 and the reversed carrier v 44 toward line channelis limited by 51, Fig. 6, while its out- The' inward motion 1 of head a'stopor abutment wa-rd' travel islirnited by l '52 (Fig. 1), the'latte'rarrangcd inline with l an extension 52* (Figs; 11 and 1a) of thehead and determining the delivery polnt of the inner end of the line inits: relation to During the inward lated; to retra t tshooks from the line channel; before motion is communicated to headfto transport the carrier toward the entrance of the line channel, and its inward movement isv arrested with the hooks still retracted andin position'to enter the line channelbehind the last type in the line iniinedia-tely the motion of slide L9 isreversed.

Head l5is also provided with two bearings 53" (Figs. 658, 16,17-and 18) one on each sideofthe floor plate, and in each bearare jointed together beneath while the opposite arm'sextend 1ongitudin'ally on opposite sides of the linechannel. vThe outer end vide'dwith a bearing 56 for line support re-'- 'tra otorjlt), the latter provided with a re. for holding it in yield" line support 9 in rear of the; latter. 'Betrac- I :tor 10 is adapted ing isinounted one of two bell crank levers or proximate arms whereof 54, 55,'j'the inner I V v the ii'oor plate ofeach lever 54, is pro- ,tra'cting spring58 g} V ing engagementwlth ajshoulder o9 on' flever 54: or 55,' and pro ecting into the pathflof the for application to the bearing 56 of either lever and shouldoccupy the 7 one [nearest the hnetransferrer.

- It is ()bVlQIlS that motion'communicated to first serving as a.

bearings are each adapted to at a point mid-'v line carrier actuating} I p connections to be presently described, trips the latchandarrests the operation of the an adjustable stop,

49 the carrier is, oscileither lever 55 in direction to recipro= cats head 45' will be transmitted to the other and will operate to either with-draw retractor lOfrom the path of-the line support or insert it therein before'motion 'is conlmunicated to head a V Alternative forms-of removable short and long line detectors are provided forright and left hand delivery, bothiadaptedfor similar action upon latch 17 in efiecting a stoppage of the machine. These detectors cooperate. with the type and line support in the typecha'nnel just as in the'commercial' machine now in extensive use; that is to (say, a detector will, if 'the'line be; too short, bestruck by the line support when the latter [is moved byrhe transferrer and-if the line be too long it will be struck by the end typev of the line. In either event it is forced back as the transferrer advances and, through machine. 7

The short and longrhne detector:is, as

heretofore provided with a narrow or tongue member 61 forcoo'peration with the furoated end of the line support. For right handdelivery. (Figs. 1,2, 9, 10, 11, 20 and I '21) this tongue member is mounted in guideways in a head 62,'the latter adjustahlelongitudinally of the line channel in ways on a frametS, as indicated in Fig. '2." This frame '63 is'alsoad ustable longitudinally ef the line channel on the floorplate, thus provid= inga doubleor" telescopic ad uSt-nient for "head62 and its contained tripping member 61. l'lead 62 is removably secured inadjusted position on frame 63 and the latter on thefloor plate by suitable retaining de- 7 V vices stand screw bolts 65. Tripping In'einber'6l is adjustedpin relation to the support v for the sustaining )RW 5011 the same side 7 of the line channel-to; correspond with the measureof the matter to be composed. I

Motion ist'ransmi-tted from the member 61. to retaining latch 17 "for releasing" the stopping mechanism through rackteeth on said member engaging a gear segment 67 fast on a shaft 68, the latter mounted in bearings on head 62 to" follow thejadjustlar' section movable longitudinally through apinion 69 jou'rnale'd in frame 63. Pinion 69 engages a: gear sectbr'ZOfast onjshaft 71 the latter mountedin bearings on-iframe nients of the-latter, Shaft 68 has an an-gu- 5 j ournaledina bracket 78 detachablysecured i V i to the eat r the floor plate. I

Lever 72 is} connectedthrough aideta-ch able link 7 L to Onearmof a leverf 75, the

latter pivotally supported upon the frame and providedwith bearings for the reception of'the pivot 76 of latch .1? Threaded 12o; and provided with an angular section on;-

"through a "vertical extension of said latcli 9 permit the stopping mechanism to operate.

and bearing upon lever 5 is an, adjusting screw 77. for varying; the angularrelat on of latch 17 to'lever 7 5, the connection being maintained bysprmg 7 8 applied to latch 17 above its pivots on lever 75, said springalso operating tohold the latch in en agem nt with the complemental member 16 ofjthe stopping mechanism.

When pressure is applied to retract memher 61 it will, through the mecha'nism'described, cause a withdrawal of latch 17 and The machine is alsoequipped with ade tector adaptedvfor left hand delivery. In the present instance this includes a guide 80, (Figs. 1, 2, 8, 4 and 11) supported in bearingsSl and bridging the entrance to the galley. Adjustably secured to .guide 80 and resting upon the floor plate extension 23, when in position, is ahead 82 containing guides for the reception of'the movable tongue or tripping member 61*. Journaled in the head 82 is a shaft 83 to the inner end of which is. attached an arm 83* (dotted lines Figs. 4 and 11) engaging member 61*. Theouter end of shaft 83 of angular section passes loosely throughthe hub of a lever 84 journaled in outer bearing 81 thus accommodating itself to the adjusted positron of said head 82 transversely of the gal-,

ley entrance. Lever84 is connected by a link 85 to one arm of alever 8 6,the oppo site arm whereof is coupled by a link 87 withretaining latch 17. Either detector mechanisms can be removed at will by; the

., uncouolin of an of the connectin links l a p a or otherwise as desired. 1

The actuating devices for theline carrier and line support retractor. have been changed and improved to harmonize in action with either direction of line deliveryq and this too. without material change or alteration in the groove ofthecamhead heretofore employed in single delivery machines.

The new actuating mechanism includes two levers 90, 91, pivoted at one endtothe frame. The outer or free end of lever 90 engages between bearings 92 on slide 49 of the line carrier devicesll ligsr 4, Sand while the corresponding end of. lever 91 is ,coupled through an adjustable link with an arm 94. of'bell crank lever 54 pertaining to the line support retractor. A

lever 95 pivoted up'onithe frame hasvoneof its arms equipped with a roller 96 working in groove 97 in the cainhead and with a link 98 whose opposite end is connected to lever 91, whereby the motion communicated by the cam to lever 95 is transmittedcto lever 91.. Lever 90 is also coupled with the actuating lever 95, through aldouble' acting compression. device, the same comprising a head or plate 99 provided with oppositely arranged slots 100 each containing a pin 101 fast on lever .95. At a point intermediate slot-s 100 head 99 is connected by a link" 102 with level 90. Head 99 is provided with an arm 103 which latter is connected toan arm 104 of lever 95 through a spring 105., The arrangement i s suchthat in a normal or unrestrained condition head '99 will be tiltedby spring 105 to cause the 0pposite ends of the two slotted portions to en gage pins 101, and owing to the intermediate location of link 102 withrelation to said pins, pressure exerted upon said link in either direction and sufficient in degree to overcome the tension of spring 105 will other pm as a fulcrum.

cause head 99 to oscillate upon one or the The various parts are so. adjusted in their.

relation to the controlling cam groovethat when latch or pawl 14 is disengaged and the galley mechanism thereby brought to rest at the completion of its cycle of movements, the

54, 55, upon their pivots to effect the with drawal of retractor 10 from the line channel, but insuflicient to relieve the pressure of spring 105 by permitting contact of head 99 with both pins 100. In other words, the galley mechanism isbrought to rest at the beginning of; the outward stroke of actuatinglever 95 and while head 44 of the line carrier is still held in its extreme position- .under elastic pressure exerted by spring .105 throughthe previously displaced head 99. By locating the connections between levers 95and 90 at points respectively nearer the pivot of the former and remote from the pivot of the latter,and the connection be}; tween levers 95 and 91 at points respectively moreremote from the pivot of 95v and nearer the pivot of 91, the motions communicated to said levers 90, 91, from the same cam will differ both in extent and speed, with the ex cess in favor of lever 91. This excess; of motion is provided to effect the retraction of the line support retractor 10 at a speed greater than thatof the line carrierand to a point some distance beyond that to which the line support is moved when engaging memher-(31 (or 01*) is set to the maximum measure, and so that upon the return or inward movement of lever 91 said member 10 Wlll be-projeeted across .the line channel in po sition to engage the hue support and return I i V the latter to its initial positionf-and 'Withdraw from the linechannel so as to leave the on either s'ide'and'with its upper surface inthc' planeof that of 'thefloor plate, its inner end abutting against the outer edge of extension 28, and With the inner face of its rearcor inner side bar 108 flush Withthe outer margingofeither one "of the supports for su'staining'jaws 5." "Theadjustable side bar 109 is provided tongue 110 for engaging'a seat inheadfil a whole operates as heretofore, that is to' p p p and, laterally movable l netrans errer. re-.

4 .'After the line is completedby the de or 82-so'that When applied to either of said heads its inner face Will be in alinement' Withthat of thet'head, the latter forming the outer Wall of the galley entrance.

From the foregoing description it is apparent that Without any radical change in the action or mode of operation of the galley mechanism when once adjusted, it has been endowed With a dual capacity, that of effecting either right or left hand delivery of thecomposed lines of type. Save in the respect mentioned the-galley mechanism as say, the type for each line of composition are'delivered one at a time from the type carrier intjothe line channel While the gal-:

ley mechanism is atvrest, With the line carrier near the entrance to the line channel and at one side thereof, and the line support 1 r'e'tr'actor at the inner end of its travel and g ,cupy a position to one side of the line channel.

livery ofthe last type thereof into the line -'line registers with the inner Wall of the.

V If'the line is correct to" 7, theouter wall of the galley entrance and the 7 linefchannel to deposit the line in said galley J 0:

channel, the fgalleyme'chanism is automate callysta'rted into action by the engagement of pawl 14, and operates to, first projectthe line carrier hooks across the line channel, infrear "of the last type delivered, and then move outward until the inner end of the galley entrance. I measure its outer end will now register W th 1 grtove of the line} support Will register With thetongueof the detector. But if the line.

is short -the line support will stand in position to engage the detector and ifflong,

the type-Willstand opposite said detector. During this outer movement 'of the-line can r'i'er, the line support retractor has moved outwardly the greater distance. "The, galley blade lS'ITQXt elevated to uncover the galley entrance and entrance at the same time advancing the composed columnin the galley. This action takes placeif the line is true to measure;

if not the detector is brought into action .to

stop the machine- After the delivery "of a with a 'centrally located? 7 I from the linech-anneland the galley mechsame direction but toa correct- Eric, the galley blade partlydescends tosupp'ort the type; the line transferrer retracts; the galley blade descends I V its full stroke; the linecarrier and line supof' the line channel to pass any type'which in the meantime may have been depo'sitedtherein, the line support retractor. having ioeen' moved across the channel to engage the hne after which said .retr'actor" is Withdrawn ani sm brought to a standstill.

Having "thus described our invention-, What we claimas neyv and desire to secure by Letters Patent of'the United States, is: l, A galleyjniechanism for type composin'g' machine's embodying a type channel,

means "for advancing thecompos'ed line of type, longitudinally of the channel, and means for "transferring the composed lines and support and move it to initial position;

bodily to either side of the channel to form a fighter a'left hand column.

2. .A galley mechanism for type composi'ng' machines embodying a typechannel of thechanneL 3-.A galley i'nechanism for type composing machines embodying a type channel em- 7 bodyin g a line carrier movable longitudi-i nally of the channel and reversible to oc on] either side of'th'e' channel; 7 I

4. A galley mechanism type coinpos-Q mg machines, embodyinga type channel, a

galley blade adjustable transversely of the channel whereby it may be positioned on either slde "of the' channel, and-means for moving the blade vertically'to permit of the transfer of acomposed -line pastthe blad I v a p 5. A galley mechanisinfor type compos- 111g machines including, incombinatlon, a

galley blade and opposed line transferrer forming side Walls of a line assembling chai'inel and transposable for effecting either right or left hand delivery of the line.-

7 ()JA galley mechanismfor type composing-machine's including, in combination, a

galley blade and opposed line transferrer forming side Walls of the line assembling channel and transposable to effect either rightor left hand delivery, and aline carrier movable longitudinally of the line I channel and adapted for operation on either side of the latter. r

"7. A galley mechanism for type composing machines including, in "combination, opposed galleybladeand line transferrer constituting side Walls of the line channel and transposable to effect right or left hand delivery of the line, a line carrier movable longitudinally of the line channel, on either side thereof; a line support carried by the line transferrenand retracting mechanism for said line support. I i i 8.In a galley mechanism for type composing nachines, the combination of the following elements, to witya laterally adustable galley blade; a IBVGISlblB line traiislerrer adapted for positionon either side of'thegalleywblade; and, a reversible line carrier'- 9. In a galley mechanism for type compos -i ing machines-the combination 50f the following elei'nents, to wit: opposed galley blade and line transferrer forming side walls of a line assembling channel and transposable to effect either right or left hand delivery; a reversible. line carrier pivotally sup-r ported to 0801112136 laterally and reciprocate bodily longitudinally of the linechannel;

and a reciprocatory supporting head proided with duplicate carrier-w supporting bearings symmetrically disposed on opposite sides oi? the line channel. a c

' 1). In a galley mechanism fortypeconr posing machines, the combination of the following elementsy'ito wit: movable galley blade and ainovable line transferrer arranged in parallel to providea lineassem- 1 bling channel there-between, saidme'inbers being traiispo'sable to efiect either right or left hand delivery of the line a line'carrier movablelaterally and longitudinally of the line channel to engage anditransport the line thercinfand means for supporting and actuating saidcarrier when locatedon either side of the line channelthe same comprisiiig a head guided to reciprocate longitudi-- nally of the line channel and provided with a plurality of bearings forthe reception of the line carrier. a 3

i 11. In a galley mechanism fortype come posing machines provided with opposed 5 galley blade and line transferrer transposable in position and 'formingside Walls of the line channel and in combination therewith, a pivoted and reversible line carrier provided with a reversible actuating member or arm; a head reciprocating parallel" with the galley bladeandiprovided with two carrier lGCQlVlDg bearings one on eachtside of the line channel; and a slidefor engag-E ing the actuating arm of the line carrieij'to oscillate and reciprocate tlie'latter when mounted upon either bearing on said'head. 12. In a galley mechanism for typecomposing machines provided with a line assembling channel formed between agalley blade and a line transferrer transposably mounted in parallel relation, and in combination therewith; a line support mounted on the line transferrer; a reversible line carrier, and a supporting head provided with duplicate bearingsand duplicate sets of limiting stops for said carrier.

13. In a galley mechanism for type com- I posing machines, the combination of the following elements, to wit: a reciprocating" head provided with duplicate bearings disposedtransversely of its line of IIlOtlOIl; and a reversible line carrier adapted to be pivotally supported in either bearing on said head and provided with a. reversible actuating member or. arm through which motion is applied to oscillate the carrier on its pivot and reciprocate the supporting head.

14; In a galley mechanism for type coni posing machines, the combination of the following elements, to wit: a reciprocating head provided with a plurality of bearings; a reversible line carrier adapted to be pivotally supported-by either of said bearings and provided with a reversible actuating arm or member; two limiting stops in proxunity to each of the bearingson said head between which stops the actuating arm of the carrier is projected; and a slide provided with spaced shoulders or abutments for engaging theactuating arm of the line carrier when the latter occupies either of the bearingsin said head. a l a a 15. In a galley mechanism for type iconiposing machines provided with a line assembling channel-comprising a floor-plate and zo'pposed, side walls formed of rtransposable galley blade and line transferrer, and in combination therewitln a reversible line carrier provided with a reversible actuating member or arm; a'head movable longitudi-, nally of the i line channel and provided with a plurality of bearings and associated sets of stops or abutments for limiting the movements of the carrier toward and away-from the line channel and to transmit motion in either direction to said head, and a slideprovided with opposed engaging, bearings or abutments located intermediate said bearings on the head and operating to first oscillate the line carrier on its head and then transmit motionto said head and carrier,

16. In a galley mechanism for type com-- posing machines. the combination with a latanismyof autype composing machine the same comprising, in combination, a body portion? provided with bearings and a line channel section symmetrical with said bear V ings,

and a detachable extensionmember for a [the line channel section adapted for application to either end of the line channel sec tion ofthe body portion. 7 V l 18; In a galley mechanism for type composing machines the combinationof th'c following elements to wit: a floor plate pro vided with a detachable extension for appli-. .cationto opposite edges thereof; spaced type v, 7 sustaining jaws at one 'end'of the floor plate; a vertically movable galley bladeextending longitudinally above the floor plate, and adjustable laterally thereof to register with one or the' other sustaining jaw; and a'h orizontally movableline transferrer parallel in gthe, galley blade and reversible-to face either side of the galley blade.

laterallyadjustablefto register with either '19. In a galley mechanism for type come posing machines, the combination of the following elem'ents'to wit a floor plate;

7 spacedsustaining jaws located at one'end of the floor plate and forming the entrance 'to the line channel; a movable galley blade forming. one wall of the line channel and sustaining aw; a movable line transferrer reversible on its vbearlngs to face either side of'the galley blade and'register with either sustaining jaw; a head guided'to recipro= cate longitudinally beneaththe ifloor plate and provided" with a plurality of bearings,"

one on each side of theffioor'plate; 2L' plV otal and reversible line carrier adapted for application; to either ofsaid bearings; and an actuating slide engaging; said line "car'- rier to oscillate 'an chtransport the latter.

20; In a galleymechanism for type: composing machines, the combination of the fol lowing elements to wit: a laterally adjust- .7 able galley blade and" a reversible line transv ferrer together forming opposite walls-of a line, assembling channel; a head movable longitudinally of said, channel and provided on each side thereof with a bearing and palr-v of associated stops or abutment's; a reversible "line carrier adapted I for pivotal attachment to either of said bearings and provided with an actuating arm adapted to enter between the" stops associated with the bear-ingso occupied;-and a slide provided with shoulders between which the linecarrier actuating arm is engaged when said carrier is mounted upon eitherbearing;

21." Ina galley mechanism for type composing-machines, the combination of the following elements-to wit 2: a floor plate; typesustain'ing jaws at one endofsaid plate and removable detector heads at the oppo- 7 site end thereof, to provide galley entrances of the'fioor plate; a lat-= on oppositesides I erally adjustable galley blade bridging the mg jaws and the complemental detector intervalb'etween either one of saidlsustain head; a reversible line transferrer adapted with the. remaining assembling channel 1 I blade;

overlapping the retained detector head neXt 1 the galley blade; and a reversible l ne car: i rier movablelateraily and longitudlnally of V e the line channel. p

line detector 'lnecha 1 22 A short andlong 'nism for a type composing, machi e: pro:

vided with a latch controlling the power 1 transmitting devices to uncouple the same,

including. in combination the-following ele; ments, to wit:v a head adj ustably secured to an adjustable frame; a movable detector member mounted on said head and provided with a rack; a shaft journaled -in the detector head'and carrying a gear segment en gaging said rack; a pinion journaled in said adjustable frame and coupled with said the latter; a second shaft 'jou'rnaled in said ad ustable frame and carrylng a gear segment in engagement with thelast named pinion; a leverjournaled in a fixed bearing and embracing said second shaft to permit longitudinal adjustment';,*, and means a for coupling'said lever withthe power control li-nglatch."

23. I j a galley mechanism for. type composing machines equipped with a reversible l ne transferrer having a stem 7 andcan cacshaft topermit longitudinal movement of tuating cam and interposed coupling; and

in combination therewith; ale'VerLremov-I100' ablysupportedon the stem of the line transferrer',

coupling; the arrangement being such that when the line transferrer is in one position of adjustment it'iscontrolled'from the cam through the coupling, the latter applied directly, and 'when in reversed position. the.

motion of the coupling as derived from the,

and an adjustablebearing on the frame'torecelve one arm of 'SELlCl lever; the opposite arm thereof being engaged by the cam is transmittedthrough'the said lever:

' whereby the same cam and/coupling exercise control over the transferrer in both positions of adjustment. v i 1 f 24. In a galley mechanism for type composing machines provided with a line assem galley'onr either side thereof, and in comb'i nation therewith, a movable galley blade forminga side wall of the line'channel, an actuating post for saidlgalle'y blade and an extensible coupling between said -galley blade and actuating post adapted topermit the galleyblade to be shifted from one side to the other of the line assembling channel 'blingwchannel and means for supportinga I 25. In a galley mechanism fortype composingmachines provided with a line assembling channel including a: reversible and laterally movable line transferrer and an opposed laterally adjustable and vertically I movable galley blade, areversible line can rier and a line support both movable longitudinally of the line channel, and a, galley located in rear of the galley blade, and in, combination therewith, actuating 3 devices, adapted to operate in timed relationfto the 7 line transferrer when locatedon either side 01: the line channel, adjusting means for lo,-

eating the galley blade on either side of the line channel; means for sustaining the galley on either side of the line channel in rear of the galley blade; means adapted to receive the line carrier and toactuate the,

latter for-either right or left hand delivery; and meansfor receiving a line support side oi the line channel. 1

26. In a galley mechanism for type composing machines equipped with a, line channel including opposed line transferrer and galleyblade, and aline carrier-movable longitudinally of said channel, the combination of the following elements, to witz'actuating devices adapted to operate the line transretractor and actuating the same on either ferrcr for right or left handdelivery ofthe' line; a reversible line carrier and means adapted to operate the same from either the right or left of the line channel; and a galley blade adjustable with relation to its supporting post to occupy a position oneither side of the line channel in oppositiontotthe line transferrer.

27 In a galley mechanism for typeconr,

posing machines, the combination: with opposed transposable type transferrer and gal ley blade forming side walls of the line as scmbling channel anda line support movable longitudinally of the line transferrer,

transferrer and movable galley blade mem-- bers, a line carrier movable into and out and longitudinally of said channel, a line support also movable longitudinally of said channel, and a retractor forsa d line support movable into and out of engagement] with the latter and longitudinallyof the line channel, and in combination therewith, actuating mechanism for said line carrier and retractor the same including two levers, one for the line carrier and the other for the re tractor,an actuating cam, a lever provided with a cam engaging memberand linked to one of said first named levers, a plate linked to the second of said levers and provided -with oppositely located slots, pins passing through said slots and engaging the cam operated lever, and a spring interposed between the last named lever andsaid slotted plate. f

29. In a galley mechanism for type compos ng machines, an actuating mechanism for the line; carrier and l ne support com- I prising, in combination, the followingele ments, to Wit; a controlling cam; a lever coupled with; said cam, and reciprocating thereby; pins on said lever; an actuating lever coupled with said cam controlled lever;

a second actuating lever; a plate or member provided with opposite slots engaged by said pins on the cam'controlled lever and.

coupled at a point intermediate, said slots with the second lever; and an elastic coupling between; said slotted plate or member and the cam controlled lever. I

30. A galley mechanism for type composing machines equipped to receive a rev verslble' llne transferring member, and n combination therewith, a movable galley blade provided with means for setting or adjusting the same on either side of the line assembling channel in opposition tothe line transferrer a reversible line carrier located b on the same side of the line channel as the line transferrer; and means for supporting a galley in the same plane on either side of the line channel.

31. In a galley mechanism for type composing machines, provided with a line as- ].00 Vsemblingchannel" comprising a floor plate,

and opposed laterally movable line transferrer and vertically movable galley blade, and in combination therewlth, a support mounted in fixed position above the floor p'late'parallel with and inrear of the galley blade, a head movably secured to said support, a trip carried by said head, a latch controlling the driving mechanism and means for coupling the trip and latch for actuating the latter. I

3:2. In a galley mechanism for type composing machines and in combination with the galleyblade, line transferrer and a restraining latch for the power controlling devices thereof, ofa line trip adjustably attached to a support mounted in fixed position bridging the entrance to the galley in rear of the galleyblade.

JOHN SELLERS BANCROFT. a r

MAURITZ C. INDAHL.

Witnesses: I I Y W. ARTH R SELLMAN,

J. B. CHURCH.

Copies of this patent may be obtained for five cents each, by addressing the Commissioner of Patents,

Washington, D. 0. 

